An information processing method, an electronic device, and a storage medium are provided in the present disclosure. The method includes performing communication based on a communication group, and obtaining a first sharing operation of a target identification (ID) for data corresponding to a first hardware resource, where the first hardware resource belongs to an electronic device corresponding to the target ID, and the target ID belongs to the communication group; based on the first sharing operation, determining at least one sharing ID from the communication group, where the at least one sharing ID is a part of IDs in the communication group; and in response to the first sharing operation and in a process of performing the communication based on the communication group, sharing the data corresponding to the first hardware resource with a terminal device corresponding to the at least one sharing ID in real time.
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7. The method according to claim 6, further comprising: determining the data for sharing and the part of the plurality of IDs based on the subgroup that the target ID joins and the hardware resource corresponding to the data shared by the target ID in the subgroup in the historical communication scenario.
This invention relates to data sharing in communication systems, specifically optimizing data distribution among devices in a network based on historical communication patterns. The problem addressed is inefficient data sharing, where devices may unnecessarily transmit or receive data due to lack of context about past interactions or resource constraints. The method involves analyzing historical communication scenarios to identify subgroups of devices that frequently interact and the hardware resources involved in those interactions. When a target device (target ID) joins a subgroup, the system determines which data should be shared and which other devices (IDs) in the subgroup should receive it. This decision is based on the subgroup's communication history and the hardware resources associated with the data being shared. For example, if a subgroup of devices often shares data related to a specific hardware component, the system prioritizes sharing that data only to relevant devices in the subgroup, reducing unnecessary transmissions. The method ensures efficient data distribution by leveraging past communication patterns to minimize redundant sharing while maintaining relevant data flow.
9. The method according to claim 1, further comprising: determining the part of the plurality of IDs for sharing the data corresponding to the first hardware resource according to a time of each of the plurality of IDs joining the communication group.
This invention relates to data sharing in a communication group involving multiple hardware resources and user devices. The problem addressed is efficiently distributing data from a hardware resource to authorized user devices within a group, ensuring secure and timely access while managing permissions dynamically. The method involves a system where a hardware resource generates data that needs to be shared with a group of user devices, each identified by unique IDs. The system first authenticates the user devices and assigns them to a communication group. To control access, the system determines which user devices are authorized to receive the data based on predefined criteria, such as the time each device joined the group. This ensures that only eligible devices receive the data, enhancing security and preventing unauthorized access. The system then transmits the data to the authorized devices, allowing them to process or utilize the information as needed. The method may also include additional steps like encrypting the data before transmission or logging access for auditing purposes. The invention improves data sharing efficiency in group-based communication systems by dynamically adjusting access permissions based on device participation timing.
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February 23, 2022
April 9, 2024
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